Which of the following complex compounds is o | vedclass

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(C) An optically inactive complex is one that possesses a plane of symmetry or a center of inversion.$1$. $[M(AA)_2cd]$: This complex has a plane of s

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$[M(AA)_2]$

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(C) An optically inactive complex is one that possesses a plane of symmetry or a center of inversion.$1$. $[M(AA)_2cd]$: This complex has a plane of symmetry if the ligands are arranged such that the two $(AA)$ rings are in the same plane,but generally,it can show optical isomerism.$2$. $[M(AB)(CD)(EF)]$: This complex is highly asymmetric and is optically active.$3$. $[M(AA)_2]$: This complex is a square planar complex (assuming coordination number $4$). Square planar complexes are generally optically inactive due to the presence of a molecular plane of symmetry.$4$. $Mabcd$ (tetrahedral): Tetrahedral complexes with four different ligands are chiral and optically active.Therefore,the complex $[M(AA)_2]$ is optically inactive.

Which of the following complex compounds is optically inactive?

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